2
3
PARAMETRIC INFLATABLE BRIDGE COVER This project aims at discovering different design possibilities using algorithmic idea with computational tools (Rhino & Grasshopper). It focused on testing different design options and making the crazy ideas real. “Structure� is chosen to be the main research field of this project and the objective is to build a iconic bridge cover at the junction of Yarra River and Merri Creek.
4
DESIGN PROCESS Testing different design options of wrapping structure by using different base curves and types of structure. These options were formed by adjusting the parameter values in Grasshopper to create variations of patterns on the structure.
Original curves
Triangular curves
Rectangular curves
Random curves 1
Random curves 2
Distance between vertical ribs = 2000 No. of horizontal struts = 10 Vertical ribs depth = 300 Horizontal struts depth = 200
Distance between vertical ribs = 1500 No. of horizontal struts = 15 Vertical ribs depth = 500 Horizontal struts depth = 500
Distance between vertical ribs = 1000 No. of horizontal struts = 20 Vertical ribs depth = -1000 Horizontal struts depth = 500
Distance between vertical ribs = 500 No. of horizontal struts = 25 Vertical ribs depth = 300 Horizontal struts depth = -600
Distance between vertical ribs = 300 No. of horizontal struts = 30 Vertical ribs depth = 600 Horizontal struts depth = 300
Original curves D沁epth = 400芽
Random curves 1 D沁epth = 200芽
D沁epth = 400芽
Random curves 2 D沁epth = 200芽
D沁epth = 400芽
D沁epth = 200芽
Grid Structure U division = 20 V division = 10
U division = 30 V division = 20
U division = 20 V division = 10
U division = 30 V division = 20
U division = 20 V division = 10
U division = 30 V division = 20
U division = 10 V division = 20
U division = 30 V division = 30
U division = 10 V division = 20
U division = 30 V division = 30
U division = 10 V division = 20
U division = 30 V division = 30
U division = 15 V division = 15
U division = 30 V division = 15
U division = 15 V division = 15
U division = 30 V division = 15
U division = 15 V division = 15
U division = 30 V division = 15
U division = 5 V division = 10
U division = 20 V division = 5
U division = 5 V division = 10
U division = 20 V division = 5
U division = 5 V division = 10
U division = 20 V division = 5
Diagrid Structure
Hexagonal Structure
Space Truss Structure
5
DESIGN PROCESS Refine the base curves and apply the definition recursively to from structure based on the wireframe of the mesh produced
6
Step1: Draw curves to fit on the existing bridge
Step2: Loft the curve and make mesh for inputing to Weaverbird
Step3: Use Weaverbird trangular subdivision to make trangulated mesh
Step4: Create plankton mesh and thickening the wire frame on the trangulated mesh using Cytoskeleton
Step5: Apply plankton and Cytoskeleton recursively to generate mesh structure based on the wire frame of the mesh on step4
Step6: Smooth the connection using Weaverbird’s catmull-clark subdivision
PHYSICAL MODELS
7
KINDERGARTEN The project aims at a small-scale kindergarten design with careful application of colour, light, sense of scale, interconnectity and to produce dynamic space for children. The design of the kindergarten is based on the concept of a set of toy train. Blocks of classrooms are placed in different orientation like the train following the track, the accessible roof covered with wood decking shaped like the track of train and it provided a safe and nice roof playground for childrens. Ground floor playground is encircled by the classroom which connects to all blocks within the kindergarten.
8
NORTH-WEST ELEVATION
SOUTH-WEST ELEVATION
GROUND FLOOR PLAN
FIRST FLOOR PLAN
CENTRAL COURTYARD
STRUCTURAL 3D MODEL
SECTION A
SECTION B
9
10
HONG KONG ARCHITECTURE CENTRE The project equip us with the knowledge of designing a medium-scale public building through conservation of existing building. Functional, technical and environmental studies are the focus of this project. Incorporateing sustainable design strategies into the design of the Hong Kong Architecture Centre is one of the main learning aims.
The large and eye-catching indoor and outdoor vertical green walls are the main design feature of the building and it gives a clean and fresh outlook. The south side is designed with less and shaded openings to reduce energy use. while the north side is designed with large window areas to maximise the use of natural lighting.
G/F PLAN
EAST ELEVATION
1/F PLAN
久啦步久啦NORTH ELEVATION
2/F PLAN
SOUTH ELEVATION
11
DETAILED PLAN OF EXTERNAL GREEN WALL
SECTION
12
EXPANDED 3D MODEL
ENTRANCE AREA
INDOOR VERTICAL GREEN WALL AND STAIRS
VIEW FROM RESOURCES CENTRE
13
14
MOTEL This motel is an mixed use building in 2045 serving as the headquarter of two interest groups including NAVA and the Shepherd breeders association and also accomodate an architectural office. The design should fit the needs of all the clients and users including both human and dogs.
15
16
17
18
19
20
21
22
ART MUSEUM This project aims at a single artist museum reflecting the style of an artist. Richard Serra is chosen as the particular artist for this art museum. His art works are usually large in scale and made with curved metal plates.
23
24
25
26
FASHION BRAND HEADQUARTER The headquarter building with clean and freah appearence creates a new concept of high-rise building. The lower part of the building is designed with stepping shape which makes the building interesting at pedestrian level. The stepping shape is formed by the changing plan shape of the building.
27
28
29
30
31